The Fast Convergence of Boosting
–Neural Information Processing Systems
First, it is established that the setting of weak learnability aids the entire class, granting a rate O(ln(1/)). Next, the (disjoint) conditions under which the infimal empirical risk is attainable are characterized in terms of the sample and weak learning class, and a new proof is given for the known rate O(ln(1/)). Finally, it is established that any instance can be decomposed into two smaller instances resembling the two preceding special cases, yielding a rate O(1/), with a matching lower bound for the logistic loss. The principal technical hurdle throughout this work is the potential unattainability of the infimal empirical risk; the technique for overcoming this barrier may be of general interest.
Neural Information Processing Systems
Mar-15-2024, 05:58:12 GMT
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